/* *************************************************************************** ** Program : weerlive_nl ** ** Copyright (c) 2021 .. 2023 Willem Aandewiel ** ** TERMS OF USE: MIT License. See bottom of file. *************************************************************************** */ void getWeerLiveData() { const char* weerliveHost = "weerlive.nl"; const int httpPort = 80; int weerliveStatus = 0; String tempString; int startPos, endPos; int32_t maxWait; char jsonResponse[1536]; char val[51] = ""; bool gotData = false; WiFiClient weerliveClient; DebugTf("getWeerLiveData(%s)\r\n", weerliveHost); // We now create a URI for the request String url = "/api/json-data-10min.php?key="; url += settingWeerLiveAUTH; url += "&locatie="; url += settingWeerLiveLocation; DebugTf("Requesting URL: %s/api/json-data-10min.php?key=secret&locatie=%s\r\n", weerliveHost, settingWeerLiveLocation); Debugln(url); if (!weerliveClient.connect(weerliveHost, httpPort)) { DebugTln("connection failed"); sprintf(tempMessage, "connection to %s failed", weerliveHost); weerliveClient.flush(); weerliveClient.stop(); return; } // This will send the request to the server weerliveClient.print(String("GET ") + url + " HTTP/1.1\r\n" + "Host: " + weerliveHost + "\r\n" + "Connection: close\r\n\r\n"); delay(10); weerliveClient.setTimeout(5000); while ((weerliveClient.connected() || weerliveClient.available()) && !gotData) { yield(); while(weerliveClient.available() && !gotData) { //--- skip to find HTTP/1.1 //--- then parse response code if (weerliveClient.find("HTTP/1.1")) { weerliveStatus = weerliveClient.parseInt(); // parse status code DebugTf("Statuscode: [%d] ", weerliveStatus); if (weerliveStatus != 200) { Debugln(" ERROR!"); weerliveClient.flush(); weerliveClient.stop(); return; } Debugln(" OK!"); } else { DebugTln("Error reading weerLive.. -> bailout!"); weerliveClient.flush(); weerliveClient.stop(); return; } //--- skip headers if (weerliveClient.find("\r\n\r\n")) { int charsRead = 0; charsRead = weerliveClient.readBytesUntil('\0', jsonResponse, sizeof(jsonResponse)); jsonResponse[(charsRead -1)] = '\0'; gotData = true; DebugTln("Got weer data!"); } } // while available .. } // connected .. weerliveClient.flush(); weerliveClient.stop(); //-- jsonResponse looks like: //-- { "liveweer": [{"plaats": "Baarn", "timestamp": "1683105785", "time": "03-05-2023 11:23", "temp": "10.4", "gtemp": "8.8", "samenv": "Licht bewolkt", "lv": "56", "windr": "NO", "windrgr": "44", "windms": "3", "winds": "2", "windk": "5.8", "windkmh": "10.8", "luchtd": "1029.4", "ldmmhg": "772", "dauwp": "2", "zicht": "35", "verw": "Zonnig en droog, donderdag warmer", "sup": "06:03", "sunder": "21:08", "image": "lichtbewolkt", "d0weer": "halfbewolkt", "d0tmax": "15", "d0tmin": "3", "d0windk": "2", "d0windknp": "6", "d0windms": "3", "d0windkmh": "11", "d0windr": "NO", "d0windrgr": "44", "d0neerslag": "0", "d0zon": "35", "d1weer": "halfbewolkt", "d1tmax": "20", "d1tmin": "5", "d1windk": "2", "d1windknp": "6", "d1windms": "3", "d1windkmh": "11", "d1windr": "O", "d1windrgr": "90", "d1neerslag": "20", "d1zon": "60", "d2weer": "regen", "d2tmax": "19", "d2tmin": "12", "d2windk": "2", "d2windknp": "6", "d2windms": "3", "d2windkmh": "11", "d2windr": "ZW", "d2windrgr": "225", "d2neerslag": "80", "d2zon": "30", "alarm": "0", "alarmtxt": ""}]} int prevLength = strlen(jsonResponse); strTrimCntr(jsonResponse, 1534); DebugTf("jsonResponse now [%d]chars (before trim [%d]chars)\r\n", strlen(jsonResponse), prevLength); DebugTf("jsonResponse is [%s]\r\n\n", jsonResponse); parseJsonKey(jsonResponse, "plaats", val, 50); snprintf(tempMessage, LOCAL_SIZE, val); parseJsonKey(jsonResponse, "samenv", val, 50); snprintf(cMsg, LOCAL_SIZE, " %s %s ", tempMessage, val); parseJsonKey(jsonResponse, "d0tmin", val, 50); snprintf(tempMessage, LOCAL_SIZE, "%s min %s°C ", cMsg, val); parseJsonKey(jsonResponse, "d0tmax", val, 50); snprintf(cMsg, LOCAL_SIZE, "%s max %s°C", tempMessage, val); parseJsonKey(jsonResponse, "luchtd", val, 50); snprintf(tempMessage, LOCAL_SIZE, "%s - luchtdruk %s hPa ", cMsg, val); parseJsonKey(jsonResponse, "d1weer", val, 50); snprintf(cMsg, LOCAL_SIZE, "%s - morgen %s ", tempMessage, val); parseJsonKey(jsonResponse, "d1tmin", val, 50); snprintf(tempMessage, LOCAL_SIZE, "%s min %s°C ", cMsg, val); parseJsonKey(jsonResponse, "d1tmax", val, 50); snprintf(cMsg, LOCAL_SIZE, "%s max %s°C", tempMessage, val); snprintf(tempMessage, LOCAL_SIZE, "%s", cMsg); Debugln("\r\n"); Debugf("\tWeer[%s]\r\n", tempMessage); } // getWeerLiveData() /*************************************************************************** * * Permission is hereby granted, free of charge, to any person obtaining a * copy of this software and associated documentation files (the * "Software"), to deal in the Software without restriction, including * without limitation the rights to use, copy, modify, merge, publish, * distribute, sublicense, and/or sell copies of the Software, and to permit * persons to whom the Software is furnished to do so, subject to the * following conditions: * * The above copyright notice and this permission notice shall be included * in all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS * OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. * IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY * CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT * OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR * THE USE OR OTHER DEALINGS IN THE SOFTWARE. * **************************************************************************** */